Fill Configuration

There is a wide choice of fill configurations, to meet your need regarding the fill density in brush. Also, the performance of the brush is largely depends on the choice of fill density.

We help you select the right density in combination with the material used.

Fill-material

Fill-material is the essential part of a technical brush, and it performs the brushing action. As a result, the selection for the wire type should be properly planned & analyzed. The fill-material can be given as stiff, soft wire type; thick or thin filament. It is resistant to chemical agents and high temperatures, flexible - particularly bending, deforming, and abrading proof as well.

For specific purposes, we combine diverse wire assortments in accordance to the definite mixing sequences. Working strength of the wires is determined by length of the contact surface and its density - this concept finds application in the assembly of wheel brushes. Keep in mind that the exploiting temperature as well as the chemical agents concentration may be very essential during the brushing session; as the end-user may exploit the brush through different rating performances. It is advised to test the brush in your working conditions.

NYLON 6.12: Tough, resistant to abradability, and humidity absorption is lower than NYL 6. It offers the highest water absorption performances and abrading resistance. It is perfect for brushing in water and any other tough brushing situation.

NYLON ABRASIVO: It has high resistance & stiffness, and keeps its shape as well as performs a very high abrading resistance. But there is an abrasive composition. Exploitable for de-burring metals and plastic materials, for rusticating and smoothing wooden surfaces.

STAINLESS STEEL: Perfect brushing, corrosion resistant steels, derived alloys, aluminum and other materials to avoid contamination. It is suggested not to use the same kind of brush to scrub different type of the materials. It is essential to avoid any brush’s contamination with remark to the surfaces where carbon-steel surfaces are susceptible to brushing action. Also, it is recommended to passive all the stainless-steel surfaces with appropriate solutions after brushing treatment, to get the effective resistance to corrosion.